“This achievement is a pivotal moment in quantum computing,” says Dr. Greilich. “By stabilizing the qubits in a time crystal structure, we can maintain coherence for much longer periods, which is ...

Advances like these lead me to believe that useful quantum computing is inevitable and increasingly imminent. And that’s good ...

Inside a Google quantum computer. Image source: Google The researchers say they set out to see if they could get time to spontaneously reverse for just one particle, even if only for a fraction of ...

Google's new Willow quantum ... Next up is the duration of quantum states. A major limitation of quantum computing has been the length of time qubits can maintain their quantum states.

expressed excitement about the near-term research enabled by this new quantum phase of matter. "It makes this a particularly exciting time to join this research team, since having an actual Weyl ...

The breakthrough quantum device hinges on a stack of six ultra-thin crystal pieces made from molybdenum disulfide ... The race is on to convert big, clunky research tools into simple, reliable ...

Researchers have made a groundbreaking advancement by successfully creating an ideal Weyl semimetal, a significant leap forward in the field of quantum materials. This discovery effectively resolves a ...

The 2-0 defeat was United's 11th league loss of the season, underlining the rebuild required at a club that has so far this ...

Bayer has signed an agreement with Google aimed at ... can be calculated, the quantum calculations needed for this type of modelling has proved to be expensive and time consuming, and particularly ...

In 2017, Foxtail was Google's first quantum chip. Foxtail was followed by Bristlecone in 2018 and Sycamore in 2019. In 2024, Google introduced its Willow processor ...

A Python framework for creating, editing, and invoking Noisy Intermediate-Scale Quantum (NISQ) circuits.